Topology transparent scheduling (TTS) has been widely studied over the last two decades, which provides guaranteed throughput for each node in the network ...
In this paper, we propose a novel method which is a generic framework of both GF- based and CRT-based TTS via polynomial rings. We will show that the ...
In this paper, a new scheme via the polynomial ring is proposed as a generalization of Chinese Remainder Theorem (CRT) based TTS presented recently. It brings ...
A framework of topology-transparent scheduling based on polynomial ring. H Xiao, G Xiao. IEEE Wireless Communications Letters 8 (3), 829-832, 2019. 5, 2019.
A framework of topology-transparent scheduling based on polynomial ring. H Xiao, G Xiao. IEEE Wireless Communications Letters 8 (3), 829-832, 2019. 5, 2019.
This letter proposes an application of the general Chinese remainder theorem (GCRT) to TTS, which provides a unified framework for TTS that is developed via ...
A Framework of Topology-Transparent. Scheduling Based on Polynomial Ring, IEEE Wireless Communications Letters,. 2019. 5. Hanshen Xiao and Guoqiang Xiao. On ...
This letter proposes an application of the general Chinese remainder theorem (GCRT) to TTS, which provides a unified framework for TTS that is developed via ...
Topology-transparent scheduling (TTS) via the Chinese remainder theorem (CRT) has succeeded in providing guaranteed collision-free transmissions in each ...
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Apr 12, 2019 · In this paper, we propose a TTS scheme using Steiner systems for a network in which nodes are divided into multiple classes of different ...